MG6028 Fast Tuned Magnetron E2V Vietnam, Đại lý E2V Vietnam

MG6028 Fast Tuned Magnetron

The data should be read in conjunction with the Magnetron Preamble. ABRIDGED DATA Fast tuned pulse magnetron for linear accelerators. The tuning drive will rapidly tune the tube to any point in the frequency range and has been designed to be driven remotely by a DC power supply (see note 1). Tuning range (see note 2) ............................... 10 MHz Peak output power (nominal) ............................ 5.0 MW Magnet and launching section ..........separate electromagnet and launching section assembly MG6030 Isolator (see note 3) ........ use of an isolator is recommended Output ........................................................ no. 10 waveguide (72.14 x 34.04 mm internal) Cooling....................... water and forced-air, or water and SF6 GENERAL DATA Electrical Cathode ....................................................... indirectly heated Heater voltage (see note 4) ............................ 13 V Heater current ................................................. 14 A Heater starting current, peak value, not to be exceeded .................................... 40 A max Cathode pre-heating time (minimum) ............... 6.0 minute Tuner current (see note 5) .............................. 5 A max Tuner coil impedance: at 0 A ........................................................... 6.8  at 5 A (with cooling, see note 6) .................. 8.0  Mechanical Overall dimensions ............................................... see outline Net weight ......................................................... 8 kg approx Mounting position ............................................................. any Accessories Electromagnet/launching section ............................. MG6030 Sidearm radiation absorber ...................................... MG6016 1 F coaxial capacitor (see note 4) .......................... MA997A Cooling The magnetron anode and the electromagnet have integral water jackets. The magnetron requires a water flow of 18 to 27 litres/minute; the pressure drop across the water jacket is 103 kPa maximum. The electromagnet requires a water flow of 4.5 litre/minute at a pressure drop of 14 kPa